Molybdenum Insulation/Heat Shield for Furnace

Product Details
Customization: Available
Application: Aviation, Electronics, Industrial, Medical
Standard: GB, ASTM, AISI
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  • Molybdenum Insulation/Heat Shield for Furnace
  • Molybdenum Insulation/Heat Shield for Furnace
  • Molybdenum Insulation/Heat Shield for Furnace
  • Molybdenum Insulation/Heat Shield for Furnace
  • Molybdenum Insulation/Heat Shield for Furnace
  • Molybdenum Insulation/Heat Shield for Furnace
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Basic Info.

Purity
>99.95%
Alloy
Non-alloy
Shape
Rectangular
Type
Tungsten Sheets
Working Temperature
1800~2600
Density
19.2
Surface
Black or Polishing
MOQ
1kg
Delivery Time
15 Days
Transport Package
Polywood Case or as Your Needs
Specification
customized
Trademark
MD
Origin
Luoyang
HS Code
1111
Production Capacity
10, 000kgs/Month

Product Description

Molybdenum and graphite are also used for vacuum-furnace insulation. In an all-metal hot-zone, the heat-shield package is made up of multiple layers of sheet metal with spaces between each layer. In a standard furnace with a maximum 1315°C (2400°F) operating temperature, the heat shielding often consists of two layers of molybdenum sheet backed by three layers of stainless steel sheet. For higher operating temperatures, the number of molybdenum layers is increased as well as the thickness of each layer. For very high operating temperatures over 1650°C (3000°F), tantalum sheet can be used in place of molybdenum. The insulating properties of the all-metal design come mostly from the gaps between the layers of sheet metal. These gaps prevent heat from being conducted outward from the hot zone. The reflectivity of the inner molybdenum sheet also helps to direct the radiant heat from the elements inward toward the load. All-metal hot zones tend to be preferred when high-vacuum or very clean processing environments are required (medical-component processing). Care must be taken in operating furnaces with all-metal hot zones because molybdenum embrittles due to recrystallization after a single exposure to temperatures above about 1150°C (2100°F). Embrittled heat shields can be relatively easily damaged if struck by fixtures or parts.

A heating element converts electricity into heat. Electric current passing through the element encounters resistance, resulting in heating of the element and the high temperatures in the vacuum furnace.

 

Heating element is one of the most important parts in vacuum furnace hot zone construction. We supplies heating elements made of molybdenum, tungsten, tantalum, niobium and their alloys.


Product summary
 
Molybdenum Products
Molybdenum rods/ Molybdenum plate /Molybdenum sheet
Molybdenum wire/ Spray Moly wire/ Moly wire for EDM
Molybdenum electrode/moly disk
Molybdenum boat/ Molybdenum Crucible/Moly tube
 
Tungsten Products
Tungsten rods/ Tungsten plate/ Tungsten sheet
Tungsten wire/ Tungsten electrode
Tungsten crucible /Tungsten boat/ Tungsten tube
Other specail shape
  
Alloy Products
TZM Products/MoLa products
WNiFe / WniCu Product/ Alloy ball/WC-Co
MoCu/Wcu rods or sheet

Product Show
Molybdenum Insulation/Heat Shield for Furnace
Molybdenum Insulation/Heat Shield for FurnaceMolybdenum Insulation/Heat Shield for FurnaceMolybdenum Insulation/Heat Shield for FurnaceMolybdenum Insulation/Heat Shield for FurnaceMolybdenum Insulation/Heat Shield for FurnaceMolybdenum Insulation/Heat Shield for Furnace

Welcome your inquiry at anytime. Look forward to working with you!

Faithfully,
Tina
 







 

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